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FAQ: Logic and Voltage Translation > Auto-Bidirectional Level-Shifters > Fixed DIR / DIR CNTRL Level-Shifters >> Current FAQ
When in doubt, use a 0 ohm series resistor on the outputs and adjust accordingly, for your system needs.
This can also be…
FAQ: Logic and Voltage Translation > Auto-Bidirectional Level-Shifters >> Current FAQ
The devices do not choose the mode. The mode is based on the devices connected to the TXS / LSF devices.
I.e. These are the two devices that are connected to the…
Other Parts Discussed in Thread: TXV0108-Q1 FAQ: Logic and Voltage Translation > Fixed DIR / DIR CNTRL Level-Shifters >> Current FAQ
Data rate depends on the system designers tolerance for various parameters such as VOL / VOH levels, duty cycle distortion…
FAQ: Logic and Voltage Translation > Auto-Bidirectional Level-Shifters > Fixed DIR / DIR CNTRL Level-Shifters >> Current FAQ
Do not use auto-bidirectional level-shifters if the below is applicable. Use fixed or direction control level-shifters instead…
FAQ: Logic and Voltage Translation > Fixed DIR / DIR CNTRL Level-Shifters >> Current FAQ
[FAQ] Should I use Auto-Bidirectional level-shifters for Fixed directional applications?
[FAQ] Can I estimate Data Rate Frequency not given for my voltage level…
FAQ: Logic and Voltage Translation > Auto-Bidirectional Level-Shifters >> Current FAQ
[FAQ] Should I use Auto-Bidirectional level-shifters for Fixed directional applications?
[FAQ] How do the LSF translators work?
[FAQ] What is the difference…
The level shifter portfolio at Texas Instruments is vast, with hundreds of devices and packages.
When you come across one of TI’s voltage translators, how do you quickly decipher what the name means? This naming guide above can be used for you to quickly…
Part Number: SN74LV4T08-Q1
Background: The growing need for level translation in automotive applications
As microcontrollers and processors have moved towards lower supply voltages (Vcc), there has been in increase in demand for level translators…
FAQ: Logic and Voltage Translation > Output Parameters >> Current FAQ
The maximum trace length that a logic device can drive is 60 mm. This is a safe trace length for most logic devices to drive across the majority of applications. This can often be…
FAQ: Logic and Voltage Translation > Quality and Manufacturing >> Current FAQ
Material
Thickness
Å
nm
μm
Nickel (Ni)
5000
500
0.5
Palladium (Pd)
200
20
0.02
Gold (Au)
30 to 150
3 to 15
0.003 to…
